dicam C1 intensified sCMOS intensified 16 bit sCMOS camera · intensifier optical coupling lens...

intensified 16 bit sCMOS camera

dicam C1

VUV detectiondown to 110 nm

intensifiedsCMOS

double image mode with 300 ns interframing time

10G fiber opticdata interface

exposure time 4 nswith 25 mm intensifier

106 fps@ full resolution

intensified sCMOS technology2048 x 2048 pixel

2

106 frames/s @ full 4.2 Mpixel resolution

high frame rates at high resolution for imaging of dynamic processes

> 7000 frames/s @ reduced resolution

kHz scan rates for spectroscopic applications

1.1 e- readout noise lowest readout noise of any gated intensified camera system

16 bit digitization taking advantage of the higher dynamic range possible from high end image intensifiers

25 mm high resolutionimage intensifier

doubles the optical resolutionof conventional 18 mm image intensifiers

optical coupling via ultra-speed tandem lens

outstanding image quality with high transmission efficiency and no artifacts

tandem lens with 0.53 : 1 image scaling

full 25 mm diameter of intensifier output is lossless imaged onto sCMOS sensor

10G fiber optic based data interface

fiber optical interface virtually covers any distance without deploying additional interface converters or signal amplifiers with immunity to EMI

880 MByte/s image data rate highest sustained image data rate of any intensified camera system on the market; no limitations for recording duration

double image mode with 300 ns interframing time

two consecutive full resolution images with a configurable minimum interframing time of 300 ns

4.2 MPix sCMOS sensor overcomes CCD limitations in terms of speed and sensitivity

enhanced extinction ratio gating

fast MCP gating for improved extinction ratio for the blue and uv part of the spectrum

additional optical trigger input robust trigger transmission over long distance in EMC critical environments

EF lens control -optional- convenient remote lens control for camera systems inaccessible during an experiment

selected highly homogeneousimage intensifiers

integrated best image intensifier quality available on the market

< 50 ns trigger to exposure start delay

ultra fast camera reaction to trigger event

4 ns gating with 25 mm intensifier

captures fast transient phenomena

external modulation of the photocathode sensitivitytitivity

multiple exposure with up to 3.3 MHz

VUV detection down to 110 nm with S20 photocathode and MgF2 input window

sealed camera front mounts to vacuum devices

extensive and highly precise IN/OUT signaling

allows for perfect synchronization in any experimental set-upas timing master or slave

configurable delay in steps of 1 ns

flexible adaptation to synchronization needs

After more than 30 years of experience with image intensified cameras, we are proud to introduce the new pco.dicam C1 to you. The pco.dicam C1 is the first intensified camera system which exploits the full performance inherent to scientific CMOS sensor technology.

It is the optical coupling of 25 mm high resolution image intensifiers with an outstanding high efficiency tandem lens system to a 16 bit 4 Mpixel sCMOS sensor which makes the camera so unique. The 10G fiber optic based data interface guarantees you uncompressed and robust 16 bit data transfer of 106 full frames per second via optical fiber over virtually any distance.

dicam C1

feature & benefit

subject to changes without prior notice | lens is sold seperately ©PCO AG, Kelheim | pco.dicam C1 data sheet | v2.12

3

camera modules

2 optical coupling lens system 8

3 sCMOS image sensor 4

4 camera system 5

5 10G fiber optic based interface 8

page

1 image intensifier 6 - 7

intensified 16 bit sCMOS camera

dicam C1


44

sCMOS image sensor

type of sensor scientific CMOS (sCMOS)resolution (h x v) 2048 x 2048 active pixelpixel size (h x v) 6.5 µm x 6.5 µmsensor format / diagonal 13.3 mm x 13.3 mm / 18.8 mmshutter mode single image

double image

MTF1 76.9 lp/mm (theoretical)fullwell capacity 15 000 e- for P46 phosphor

30 000 e- for P43 phosphor

readout noise2 1.1 med / 1.5 rms e- single image2.2 med / 2.5 rms e- double image

dynamic range 13 600 : 1 (82.7 dB) for P46 phosphor27 200 : 1 (88.7 dB) for P43 phosphor

quantum efficiency 58 % for P43 peak emission @ 545 nm57 % for P46 peak emission @ 530 nm

spectral range 300 nm ... 1000 nmdark current3 < 0.6 e-/pixel/s @ 7 °CDSNU 1.0 rms e-

PRNU < 0.6 %anti blooming factor 1 : 10 000

3

1 Modulation transfer function2 The readout noise values are given as median (med) and root mean square (rms) values due to the different noise models, which can be used for evaluation. All values are raw data without any filtering.3 Measurements with dark current compensation4 Exposure time < 1 µs

technical specifications dicam C1

wavelength [nm]

300 400 500 600 700 800 900 1000 1100

quan

tum

effi

cien

cy [%

]

0

10

20

30

40

50

60

70

80

90

100

rela

tive

pho

spho

r em

issi

on in

tens

ityq

uant

um e

ffici

ency

[ %

]

wavelength [ nm ]

P43

P46

QE sCMOS image sensor

monochrome

perfect fit: phosphor emission vs. sCMOS quantum efficiencyframe rate table4

2048 x 2048 106 fps2048 x 1024 210 fps2048 x 512 414 fps2048 x 256 807 fps2048 x 128 1535 fps2048 x 64 2795 fps2048 x 32 4739 fps2048 x 16 7266 fps

1920 x 1080 199 fps1600 x 1200 180 fps1280 x 1024 210 fps640 x 480 441 fps320 x 240 858 fps


This chart describes the spectral situation for the internal imaging of the image intensifier`s phosphor output screen to the sCMOS sensor of the camera detector module. This imaging is done by the highly efficient tandem lens system.

Please note: The spectral sensitivity relevant for your experiment is solely determined by the QE curve of the photocathode material of the image intensifier (page 7).

55

4


camera system

maximum frame rate@ full resolution

106 fps

dynamic range A/D5 16 bitpixel scan rate 286.0 MHzbinning horizontal x1, x2, x4binning vertical x1, x2, x4region of interest (ROI) horizontal: steps of 4 pixels

vertical: steps of 1 pixel

non-linearity < 1 % cooling method +7 °C stabilized, 1 stage peltier with

forced air (fan)

input signals optical trigger (FOL),electrical trigger, arm input (TTL level, BNC connectors), gate disable (high-speed TTL input, BNC connectors)

output signals gate/expos out monitor, user monitor output (TTL level, BNC connectors)

time stamp in image (1 µs resolution)

general

power supply 18 ... 28 VDCpower consumption 35 ... 40 Wweight 7 kgoperating temperature + 10 °C ... + 40 °Coperating humidity range 10 % ... 80 % (non-condensing)storage temperature range - 10 °C ... + 60 °Coptical interface F-mount

optional: C-mount, Canon mount

vacuum mount (optional) sealed camera front attaches to vacuum equipment

lens remote controller electronic control for Canon EF lensesmaximum cable length 10 kmCE / FCC certified yes

exposure modes

single image modeexposure times 4, 10 ns fixed,

20 ns ... 250 ns (1 ns steps), 250 ns ... 1 s (10 ns steps)

delay times 0 ns ... 250 ns (1 ns steps), 250 ns ... 1 s (10 ns steps)

maximum repetition......with external gating

200 kHz sustained, 3.3 MHz burst

insertion delay trigger input to exposure outtrigger input to optical open

19 ns49 ns

jitter trigger input to exposure outtrigger input to optical open

35 ps rms150 ps rms

double image modeexposure times 20 ns ... 1 ms (in 10 ns steps)delay settings 0 ns ... 10 ms (in 10 ns steps)interframing time 300 ns ... 10 ms (in 10 ns steps)

5 The high dynamic signal is simultaneously converted at high and low gain by two 11 bit A/D converters and the two 11 bit values are sophistically merged into one 16 bit value.


66

photocathode

phosphor screen

input window


image intensifier

type HighRes micro channel plate (MCP)6 µm channel

input window synthetic silica, borosillicate, MgF2

photocathode material S20, GaAs, GaAsP (others on request)image intensifier pitch distance

6 µm

image intensifier MCP type single stage low resistance MCP for high strip current

MCP operational modes continuousgated for enhanced extinction ratio

image intensifier diameter 25 mm (18 mm optional on request)phosphor screen material P43, P46output window glassimage intensifiersystem resolution

> 50 lp/mm @ 5 % MTF typical (depends on phosphor)

shortest gating time 4 ns

1

Typical transmittance of image intensifier input window materials

To make use of the good UV-sensitivity of S20 photocathode material the standard input window is made of synthetic silica for transmission down to 180 nm. For VUV detection down to 110 nm, MgF2 has to be selected as input window.

GaAs and GaAsP photocathodes are deposited on borosilicate glass.

image intensifier input window


77

1


photocathode quantum efficiency

Spectral sensitivities of different photocathode materials: S20 (multialkali), GaAs, GaAsP

wavelength [nm]

200 300 400 500 600 700 800 900 1000

quan

tum

effi

cien

cy [%

]

0

10

20

30

40

50

60

S20

GaAsP

GaAs

photocathode material

peak wavelength [nm]

typical quantum efficiency at peak wavelength [%]

dark counts [s-1/cm2]

S20 (multialkali) 250 20 1500

GaAs 650 30 30 000

GaAsP 500 55 10 000

data courtesy of Hamamatsu Photonics

data courtesy of Hamamatsu Photonics


phosphorphosphor decay (typ.) to.. peak

emissiontypical

efficiency.. 10 % .. 1 %

P43 1 ms 4 ms 545 nm 100 %

P46 0.2 - 0.4 µs 2 µs 530 nm 30 %

You can combine all photocathode materials with P43 or P46 phosphor.Whereas the P43 phosphor has a much brighter emission than the P46 phosphor, it has a rather long decay time, i.e. the time required till the phosphor emission fades out after the excitation by electron bombardement has been stopped. This decay time is therefore critical for fast image repetition rates primarily in double image application or when operating the camera in spectroscopic mode with line rates in the kHz range.

image intensifier phosphor

88

ø 25 mmø 25 mmimageimage

intensifierintensifier

optical coupling lens system

“ultra-speed tandem lens” between image intensifier & sCMOStransmission efficiency > 30 %vignetting < 3 %resolution > 60 lp/mmscaling rates ß=0.53 for 25 mm intensifier

2


camera interface

data transfer Camera Link HS, FOL cable, frame grabber(Single F2,1X1, S10)

maximum cable length 10 km

input signals optical trigger (FOL),electrical trigger, arm input (TTL level, BNC connectors), gate disable (high-speed TTL input, BNC connectors)

output signals gate/expos out monitor, user monitor output (TTL level, BNC connectors)

5

The projected image circle is completely covered by 2048 x 2048 6.5 µm pixels of the sCMOS detector – cf. image left. There is no “waste“ of valuable intensifier area. As a consequence the four corners of the sCMOS sensor remain black. For a fast scan of just a few vertically centered lines – the camera module allows you to achieve more than 7.000 fps for such a ROI - the full line length of 2048 pixels is available.

2048 pixel

2048 pixel


99

lens remote controller

The optional Canon lens control adapter enables you to connect electronic EF- and EF-S Canon lenses allowing to remote control focus and aperture of those lenses.

camera view

177

375

22

3

108

made in germany

trigger

monitor

status

arm / rec

out

expos

gate

in

arm

trig

in

trig

All dimensions are given in millimeter.

dimensions

F-mount and C-mount lens changeable adapter.



1010


software

With pco.camware you control all camera settings, the image acquisition and the storage of your image data. The pco.sdk is the complementary software development kit. It includes dynamic link libraries for user customization and integration on Windows-PC platforms. Drivers for popular third party software packages are also available for you.

All this items like pco.camware, pco.sdk and third party drivers, are free-to-download at www.pco.de.

applications

laser induced incandescence (LII) | shock wave physics | laser induced breakdown spectroscopy (LIBS) | particle image velocimetry (PIV) | time resolved spectroscopy | plasmaphysics | laser induced fluorescence (LIF) | ballistics | combustion

third party integrations


1111

customization dicam C1

photocathode input window phosphor

S20 selected synthetic silicaP46

P43

GaAs standard borosilicateP46

P43

GaAs selected borosilicateP46

P43

GaAsP standard borosilicateP46

P43

GaAsP selected borosilicateP46

P43

Need more help?Get in touch with our experts, tell us what you want to achieve and let us help you

find the best customization for your application!

select optical interface

C-mount

F-mount

EF lens control

select FOL

SM SFP+ up to 10 km

MM SFP+ up to 300 m

type of data interface FOL module in camera and frame grabber

FOL cable length default: 10 m

possible combinations

Image intensifiers with GaAs and GaAsP photocathode are available in two quality grades:

Standard:quality specified for central 16 mm x 16 mm square region corresponding to 1300 x 1300 pixel sCMOS sensor resolution

Selected:

quality specified for 24.9 mm diameter area corresponding to full 2048 x 2048 pixel sCMOS sensor resolution, extinction ratio 10 times higher than standard grade, image intensifiers with S20 photocathode exclusively come in selected grade quality, contact our technical sales team for further details on the two quality grades


europe (HQ)PCO AGDonaupark 1193309 Kelheim, Germany

+49 9441 2005 [email protected]

asiaPCO Imaging Asia Pte.3 Temasek AveCentennial Tower, Level 34Singapore, 039190

+65 6549 [email protected]

contact

for application stories please visit our website

chinaSuzhou PCO Imaging Technology Co., Ltd. Room A10, 4th Floor, Building 4Ascendas Xinsu Square, No. 5 Xinghan StreetSuzhou Industrial Park, China 215021

+86 512 [email protected]

ISO 9001:2015

americaPCO-TECH Inc.1000 N West Street, Suite 1200Wilmington, DE 19801

+1 866 678 [email protected]


official PCO sales partner

dicam C1 intensified sCMOS intensified 16 bit sCMOS camera · intensifier optical coupling lens...

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